
Saudi Arabia to exploit solar energy
for desalination plants
Dec. 2, 2011 - McClatchy - pro.energycentral.com
Saudi Arabia intends to depend heavily on solar
energy to operate desalination plants instead of
oil and gas as part of its efforts to make use of
alternative and renewable energy sources.
Water and Electricity Minister Abdullah Al-Hussayen
has disclosed plans to set up a new solar-powered
desalination plant within 18 months.
On Wednesday, the Saline Water Conversion Corporation
(SWCC), which runs more than 30 desalination plants
on the Kingdom's western and eastern coasts, signed
an agreement with Hitachi Zosen Corporation of Japan
to conduct research on making use of solar power
for desalination purpose.
"This agreement reflects SWCC's intent to execute
the initiative of Custodian of the Two Holy Mosques
King Abdullah on exploiting solar energy to operate
desalination plants," said Fehaid Al-Sharief,
governor of SWCC, who signed the deal with Minoru
Furukawa, chairman and president of Hitachi Zosen.
Al-Sharief said the move supports SWCC's strategy
to cut down on production expenditures by conducting
research on using renewable energy sources to operate
its plants. "This three-year agreement aims
at exchanging expertise and knowledge on exploiting
renewable energy," the governor said, adding
that it includes setting up of a solar energy complex
by the Japanese company.
Meanwhile, Minister Al-Hussayen, accompanied by
Al-Sharief, inspected the progress of work at the
desalination-cum-power generation plant in Ras Al-Khair
in the Eastern Province on Wednesday. "The project
will meet full requirements of Maaden company," the
minister said, adding that the plant would supply
water to Riyadh during the first quarter of 2013.
The Ras Al-Khair desalination plant is considered
the largest in the world with a daily capacity of
more than a million cubic meters of water and 2400MW
electricity. The project is being implemented at
a total cost of SR25 billion ($6.66 billion) and
the contract was awarded in November 2010.
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